User Tools

Site Tools


getting_started

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
getting_started [2017/10/18 11:47]
marijn.nijenhuis [Flexible multibody model]
getting_started [2017/10/18 12:08] (current)
marijn.nijenhuis [References]
Line 9: Line 9:
  
 |  {{:staubli.jpg?nolink&200}}  |  {{:generalmultibody.png?nolink&400}}  | |  {{:staubli.jpg?nolink&200}}  |  {{:generalmultibody.png?nolink&400}}  |
-|  //Example of a serial robot arm//  |  //Schematic multibody model//  |+|  //Example of a serial robot arm [1]//  |  //Schematic multibody model [2]//  |
  
  
Line 22: Line 22:
 In SPACAR Light, we're only considering one type of element: the 3-D flexible beam element. Also, the type of analysis is only going to be static (including natural frequencies and buckling loads). Both choices are well suited to the analysis of flexure mechanisms and reduce complexity for the user. In SPACAR Light, we're only considering one type of element: the 3-D flexible beam element. Also, the type of analysis is only going to be static (including natural frequencies and buckling loads). Both choices are well suited to the analysis of flexure mechanisms and reduce complexity for the user.
  
-[example of flexure mechanism turned multibody model+|  {{::img_2971.jpg?nolink&200|}}  |  {{:spavisual.png?nolink&200|}}  |  {{:paral-draw.png?nolink&200|}} 
 +|  //Parallel flexure mechanism//  |  //Drawing//  |  //Schematic multibody model//  |
 ==== General usage ==== ==== General usage ====
 When SPACAR Light is installed correctly, it is typically invoked using the MATLAB command When SPACAR Light is installed correctly, it is typically invoked using the MATLAB command
Line 37: Line 37:
  
 Generally, these input argument are straight-forward. On the following pages, each input will be detailed. There is a [[walkthrough|walkthrough example]] in which all steps towards a simulation are explained. For complete reference, the [[full_syntax|full syntax list]] provides details of each field and property. Additional [[spacar_light_examples|examples]] of models are also available. Generally, these input argument are straight-forward. On the following pages, each input will be detailed. There is a [[walkthrough|walkthrough example]] in which all steps towards a simulation are explained. For complete reference, the [[full_syntax|full syntax list]] provides details of each field and property. Additional [[spacar_light_examples|examples]] of models are also available.
 +
 +==== References ====
 +//1: figure from staubli.com (Stäubli TX2-90 Product leaflet)//
 +
 +//2: figure from lecture slides Dynamics of Machines, J.B. Jonker, R.G.K.M. Aarts//
getting_started.1508320028.txt.gz · Last modified: 2017/10/18 11:47 by marijn.nijenhuis